"toys",
        "plant",
        "trail",
        "wing",
        "ring",
        "desk",
        "yak",
        "teaching",
        "street",
        "cattle",
        "sun",
        "wealth",
        "cabbage",
        "playground",
        "wren",
        "flowers",
        "cobweb",
        "shame",
        "plate",
        "authority",
        "cave",
        "floor",
        "shelf",

        def operand15 = moduleId('yak', 'teaching')
        def operand16 = moduleId('street', 'cattle')
        def operand17 = group('sun')
        def operand18 = moduleId('crib', 'wealth')
        def operand19 = moduleId('cabbage', 'playground')
        def operand20 = moduleId('wren', 'flowers')
        def operand21 = moduleId('insurance', 'cobweb')
        def operand22 = moduleId('crib', 'shame')

// See the License for the specific language governing permissions and
// limitations under the License.

[[dependency_management_terminology]]
= Dependency Management Terminology

Dependency management comes with a wealth of terminology.
Here you can find the most commonly-used terms including references to the user guide to learn about their practical application.

[[sub:terminology_artifact]]
== Artifact

	// we opt for a delay of zero here, because this entrypoint adds generic health checks
	// and not health checks which are specifically related to kube-apiserver boot-sequences.
	return s.addHealthChecks(0, checks...)
}

// AddBootSequenceHealthChecks adds health checks to the old healthz endpoint (for backwards compatibility reasons)

			}
		}
		if excluded.Len() > 0 {
			fmt.Fprintf(&individualCheckOutput, "warn: some health checks cannot be excluded: no matches for %s\n", formatQuoted(excluded.List()...))
			klog.V(6).Infof("cannot exclude some health checks, no health checks are installed matching %s",
				formatQuoted(excluded.List()...))
		}
		// always be verbose on failure
		if len(failedChecks) > 0 {

if [[ "$#" -ne 1 ]]; then
  echo "Usage: health-monitor.sh <container-runtime/kubelet>"
  exit 1
fi

KUBE_HOME="/home/kubernetes"
KUBE_ENV="${KUBE_HOME}/kube-env"
if [[ ! -e "${KUBE_ENV}" ]]; then
  echo "The ${KUBE_ENV} file does not exist!! Terminate health monitoring"
  exit 1
fi

SLEEP_SECONDS=10
component=$1
echo "Start kubernetes health monitoring for ${component}"
source "${KUBE_ENV}"

 4. Work out what plugins to use for each project.
+
We expect that the vast majority of Ant builds are for <<building_java_projects#building_java_projects,JVM-based projects>>, for which there are a wealth of plugins that provide a lot of the functionality you need.

func CheckClusterHealth(client clientset.Interface, cfg *kubeadmapi.ClusterConfiguration, ignoreChecksErrors sets.Set[string], printer output.Printer) error {
	_, _ = printer.Println("[upgrade] Running cluster health checks")

	healthChecks := []preflight.Checker{
		&healthCheck{
			name:   "CreateJob",
			client: client,
			cfg:    cfg,
			f:      createJob,
		},
		&healthCheck{
			name:   "ControlPlaneNodesReady",

import (
	"net/http"
	"sync"
	"time"
)

// HealthzAdaptor associates the /healthz endpoint with the LeaderElection object.
// It helps deal with the /healthz endpoint being set up prior to the LeaderElection.
// This contains the code needed to act as an adaptor between the leader
// election code the health check code. It allows us to provide health
// status about the leader election. Most specifically about if the leader

)

// ProxierHealthServer allows callers to:
//  1. run a http server with /healthz and /livez endpoint handlers.
//  2. update healthz timestamps before and after synchronizing dataplane.
//  3. sync node status, for reporting unhealthy /healthz response
//     if the node is marked for deletion by autoscaler.
//  4. get proxy health by verifying that the delay between QueuedUpdate()